Mechanical Design Engineer
Pubblicato il 15-08-2026 - Caracol AM in Barlassina
At Caracol, we're not just changing the game: we’re redefining the rules of the manufacturing world and expanding the boundaries of what’s possible.
Consulti la panoramica del ruolo qui sotto. Se è affidabile/a di possedere le giuste competenze ed esperienze, si candidi oggi stesso.
Since our foundation in Milan, Italy, in 2017, we’ve been on a mission to revolutionize Advanced Manufacturing. By pioneering cutting-edge technology, we tackle the most complex challenges across sectors – from aerospace to marine, from energy to design and architecture.
Our solutions combine advanced robotics with additive manufacturing, enabling high-performance, large-scale production with unmatched efficiency and sustainability.
Central to our innovation are our flagship platforms Heron AM, for 3D printing of large-scale composite parts and Vipra AM, to produce large-scale metal components, and the Eidos Manufacturing Software Suite.
With Europe’s largest LFAM production center, a facility in Austin, TX, and an office in Dubai, Caracol operates on a truly global scale where innovation,
collaboration, and passion drive everything we do.
Join Caracol and be part of a diverse, talented team pushing the boundaries of additive manufacturing and shaping a more sustainable future
JOIN US ON THE JOURNEY TO BUILD BEYOND POSSIBLE
Who we are looking for:
We are looking for a Mechanical Design Engineer who will support the development and industrialization of Additive Manufacturing projects, combining engineering expertise with cross-functional collaboration.
In this role, you will work closely with Sales and internal teams to evaluate customer requests, translate technical requirements into feasible solutions, and ensure parts are optimized for LFAM production.
Few examples of responsibilities:
- Perform engineering and Design for Manufacturing (DFM) activities on acquired orders for both On-Demand Projects and Technology Benchmarks
- Support the Sales department during feasibility studies